Data for: System-Level Optimization of a Shielded Lithium-Aluminate Fusion Blanket

Dataset Description Draft Title: Data for: System-Level Optimization of a Shielded Lithium-Aluminate Fusion Blanket: A Neutronic and Thermal-Hydraulic Audit Description: This dataset contains the supporting simulation configuration files and raw neutronic output data associated with the research paper titled "System-Level Optimization of a Shielded Lithium-Aluminate Fusion Blanket: A Neutronic and Thermal-Hydraulic Audit." The files include: Neutronic Simulation Inputs: Complete OpenMC configuration files used to model the fusion blanket geometry, material definitions (Lithium Aluminate, Beryllium-9 multiplier, and Borated Steel shielding), and fixed neutron source parameters. Raw Output Data: Statepoint and summary data representing the calculated Tritium Breeding Ratio (TBR) and localized energy deposition (heating tallies) for various multiplier densities (ranging from $1.60\text{ g/cm}^3$ to $2.10\text{ g/cm}^3$). Processing Scripts: Python scripts used to parse the simulation output and generate the comparative performance metrics presented in the paper. Technical Keywords: Fusion Energy, Blanket Design, Tritium Breeding Ratio (TBR), Neutronic Modeling, OpenMC, Beryllium Multiplier, Thermal Load Management. Usage Notes: The simulation configuration files are compatible with the OpenMC Monte Carlo transport code. The raw data files (.h5) can be parsed using standard Python libraries to reproduce the performance comparison tables presented in the associated publication.